FHC Inc. / Granstedt AE / GenBank / GE / Wang laboratories / Proc Natl Acad Sci U S A / Toohey Company / Creative Commons / Suzuki / Reynolds AE / WaveMetrics Inc. / /
Country
Germany / / /
Facility
Princeton University / University of California Los Angeles / Max Planck Institute / Scale bar / Neuroscience Institute / Cedars-Sinai Medical Center / /
IndustryTerm
chemical tracers / media containing / Genetic tools / functional imaging / fluorescence imaging / imaging / satellite cells / vivo calcium imaging / live imaging / public peak detection algorithms / in vivo imaging / bioluminescence imaging / multisynaptic labeling applications / reagents/materials/analysis tools / transsynaptic viral tools / /
Python Software Foundation / National Institute of Health / Curr Protoc Cell Biol Chapter / Cedars-Sinai Medical Center / Princeton University / Max Planck Institute for Medical Research / Enquist and Wang / Neuroscience Institute / Lynn W. Enquist* Department of Molecular Biology / Curr Protoc Neurosci Chapter / Santos AF / University of California Los Angeles / Princeton University Institutional Animal Care and Use Committee / New Jersey Commission / /
Person
Andrea E. Granstedt / Junichi Nakai / Bernd Kuhn / Lynn W. Enquist / T.D. Parker / /
Fluorescence-Based Monitoring of In Vivo Neural Activity Using a Circuit-Tracing Pseudorabies Virus Andrea E. Granstedt, Moriah L. Szpara, Bernd Kuhn, Samuel S.-H. Wang, Lynn W. Enquist* Department of Molecular Biology,